Kapanadze Cousin - DALLY FREE ENERGY

[AlienGrey]

Itsu and NickZ please be aware if that data on your spectrum analyser is off Nicks video, Google and the phone frequency response might use compression software as we found out using a video from Adrian Guska tests were made and might very well be misleading. Also, you might need a bit of voltage hysteresis between the anding diodes cap junction and back feeding the push-pull power feed to limit the current when the spike occurs you can monitor that with your new scope.

Allen

[Void]

Hi Nick. What model is your Siglent scope?

Not sure if your Siglent scope is similar to my scope for controls and features, but here
is how some things work on my Siglent scope:

To use the built in 'Measure' feature, press the Measure button to display the
Measure display panel on the vertical right side of the scope screen. To change which individual
measurements are being displayed in the 'Measure' display panel section, press one of the unmarked buttons
beside each individual measurement that run in a vertical line just to the right of the
right side of the scope display. For example, when you press one of those vertical row of
unmarked buttons when the Measure display panel is turned on, you can then select 'Voltage',
then for the 'Source' select 'CH1' or 'CH2', and for the type you can try selecting Vmax for example,
then select 'Return'. (This is assuming your Siglent scope is similar to mine for the controls).

A handy feature for automatically vertically centering the Ch1 and Ch2 displays
on the screen is to press the CH1 and CH2 'Position' knobs all the way in (you
should hear a beep), and then the trace for that scope channel will get auto vertically
centered. This is handy when you want to quickly vertically center the scope traces.

You can do the same thing with the Horizontal 'Position' knob. Pressing it all the way
in automatically centers the scope traces in the center horizonatally on the scope screen.
This centered horizontal position should be the default.

That auto center feature also works if you push in the Trigger 'Level' knob all the way in
as well. That will auto center the trigger level to the vertical center of the scope screen.

For normal operation, the 'Single' button in the top right corner should be off, and the
Run/Stop button should show as being on (lights yellow on my scope when in run mode, lighting yellow means Run, red means Stop).


To print a scope screen shot to a USB flash drive:
=====================================
Insert a USB thumb drive into the front USB slot on the scope.

To configure the scope 'Print' button to print scope screen shots to the USB drive:
Press the 'Save/Recall' button on the scope.
On the right side of the scope display, press the unmarked button to the right of the 'Type' selection and select 'Picture'.
For the 'Print Key' option choose 'Save Picture'.

Press the scope's 'Measure' button to display the Measure display panel on the Scope screen again.
When you are ready to save a scope screen shot to the USB drive, press the 'Print' button,
which on my scope is located just to the right of the bottom right corner of the scope screen.
The screen shot should get saved to a folder on the USB drive.
For my Siglent scope, the screen shot gets saved to a BMP file in a folder called "BMP" on the USB drive.
Your scope being newer than mine may have an option to save to a different type of picture file format.
(Since the forum software here doesn't accept BMP files, I have to manually convert them to PNG using other image editing software).

My scope is five years old or maybe six years old, so I don't know if your Siglent scope
will work exactly the same as my Siglent scope does for saving scope screen shots. Your scope could
be somewhat different, but it is probably fairly similar if not the same.

[itsu]

Itsu and NickZ please be aware if that data on your spectrum analyser is off Nicks video, Google and the phone frequency response might use compression software as we found out using a video from Adrian Guska tests were made and might very well be misleading. Also, you might need a bit of voltage hysteresis between the anding diodes cap junction and back feeding the push-pull power feed to limit the current when the spike occurs you can monitor that with your new scope.

Allen

Good point AG, so Nick should do the analysis himself.

Not sure what you mean by:

you might need a bit of voltage hysteresis between the anding diodes cap junction and back feeding the push-pull power feed to limit the current when the spike occurs you can monitor that with your new scope[/size]

Itsu

[AlienGrey]

Good point AG, so Nick should do the analysis himself.

Not sure what you mean by:

Itsu

well we want to use all energy we have available here as far as the phenomena is concerned if we make the device a designers model piece, we could be chucking out the phenomena with the baby and the dirty water, you can play clean waveforms later if it's a problem.

Allen

[NickZ]

  Itsu:
  Those spectrum analyzer shots are interesting.
As the new scope has FFT, I'll see what that will show, also.  And then adjust the drivers to run at those same resonant frequency peaks. A controlable Kacher circuit may also need to be built, next.

  Void: Thanks for the scope info.
   My scope  did come with everything, including the manuals. So, I'll be reading those operating instructions, soon.
  And, I'll re-read your scope info again, as well.